Course overview
Are you ready to dive into the world of CNC Programming & CNC Operations? As industries across India increasingly rely on CNC machines for productivity and precision, this course offers an exciting opportunity to become a skilled professional in this dynamic field. From the automotive sector to precision component manufacturing and aerospace industries, CNC machines play a pivotal role, driving the demand for proficient CNC programming and operation experts.
In this engaging course, you’ll not only master CNC programming but also gain hands-on experience in operating these advanced machines. Our experienced instructors will guide you through interactive classes, combining theory with practical exercises at our state-of-the-art facilities. By the course’s end, you’ll be well-equipped to excel in the CNC programming and operations field, opening doors to a rewarding career.
DMW offers specialized Advanced CNC Programming Training designed to bridge the gap between theoretical knowledge and practical application for working professionals. Our comprehensive course is meticulously crafted to enhance your CNC programming expertise and elevate your career to new heights.
Learning outcome
- Master CNC programming languages and code generation.
- Perform advanced CNC operations and machine handling.
- Apply critical thinking for CNC problem-solving.
- Conduct precision measurements and tooling adjustments.
- Execute efficient CNC job setups and workflow management.
Curriculam
- Overview of CNC machines and their applications
- Historical perspective and evolution of CNC technology
- Importance of CNC in modern manufacturing
- Introduction to machining processes (milling, turning, drilling, etc.)
- Understanding cutting tools, workholding, and toolpath strategies
- Basics of feeds, speeds, and material removal rates
- Overview of CNC machine components (controller, motors, drives, etc.)
- Understanding the machine’s axis system
- Machine setup and configuration
- Introduction to CNC programming languages (G-code, M-code)
- Writing simple CNC programs
- Understanding program structure and syntax
- CAD/CAM basics for CNC programming
- Toolpath generation and optimization
- Simulation and verification of toolpaths
- Advanced G-code commands and programming techniques
- Subprograms and macro programming
- Parametric programming concepts
- Selection of cutting tools for different applications
- Tool setup and tool length measurement
- Tool offset and wear compensation
- Workpiece preparation and fixturing
- Work coordinate system setup
- Zero point determination and tool offset setting
- Machine startup and shutdown procedures
- Loading and running CNC programs
- Monitoring and adjusting machine parameters during operation
- Importance of quality control in CNC machining – In-process inspection techniques – Measurement tools and gauging methods
- Common issues in CNC machining and troubleshooting strategies – Routine maintenance procedures – Ensuring machine accuracy and reliability
- Safety procedures and protocols – Proper use of personal protective equipment (PPE) – Mitigating potential hazards in CNC machining
- Multi-axis machining – High-speed machining – Adaptive machining strategies
- Real-world applications of CNC machining in different industries – Case studies and examples of successful CNC machining projects.
- Hands-on projects to apply the skills learned – Group or individual projects to demonstrate proficiency
- Written exam covering theoretical concepts – Practical assessment of CNC programming and operation skills
